Answer:
−8s4u2+2s2ux+6x2
Step-by-step explanation:
=(6x+8us2)(x+−s2u)
=(6x)(x)+(6x)(−s2u)+(8us2)(x)+(8us2)(−s2u)
=6x2−6s2ux+8s2ux−8s4u2
=−8s4u2+2s2ux+6x2
0, there is no y-intecept.
If there was a y-intercept it would look like y=4x+6, and 6 would be the y-intercept.
Answer:
Option C
Step-by-step explanation:
Zeros of a function are also called as x-intercepts of a function, which means where the graph/function intersects the x-axis.
In the image we see the graph intersects the x-axis at three points
x=0 , x=2 , x=4 so our answer is option C
Answer:
Option D. 18.75 cm3
Step-by-step explanation:
we know that
The Boyle's law (Ideal gas law) states that Where temperature remains constant, the pressure is inversely proportional to volume.
so
In this problem we have
P1=150 kPa
P2=200 kPa
V1=25 cm³
substitute and solve for V2
Answer:
C) The total number of about uniforms needed is 60 x 80 uniforms.
Step-by-step explanation:
The Number of total stores the owner has = 64 stores
The number of employees uniform needed in 1 store = 79 uniforms
Now, 64 is Rounded off to about 60.
and 79 is Rounded off to about 80.
⇒ The total number of uniforms in 60 stores = 60 x ( uniform in 1 store)
= 60 x (80 uniforms)
or, the expression of total uniforms needed = 60 x (80 uniforms)
Hence, the total number of about uniforms needed is 60 x 80 uniforms.
